Flaw detectors MIKROAKUSTIKA PM-209, etc.

Flaw detectors are intended for use both for checking spare parts and for finding and eliminating defects in welding seams of metal structures by non-destructive testing methods.

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Acoustic non-destructive testing devices

• Ultrasonic gas leak detector PM-209. Technical specifications.
• Ultrasonic contactless flaw detector DU-101.56. Technical characteristics.
• Ultrasonic contactless flaw detector DU-101.59. Technical characteristics.

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Hand-held eddy current non-destructive testing devices are designed to detect defects in products made of ferromagnetic and non-magnetic alloys and metals. An eddy current flaw detector allows you to determine the location of cracks on the metal surface and use eddy currents to assess their depth.

• Eddy current flaw detector VD-213.1. Technical characteristics.
• Eddy current flaw detector VD-213.3. Technical characteristics.

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Automated eddy current flaw detectors for rollers are designed to detect and determine surface defects of cylindrical rollers that are part of rolling bearings used in axle boxes of freight cars, passenger cars, diesel locomotives and electric locomotives at railway transport enterprises.

• Eddy current automated flaw detector VD-211.5M. Technical characteristics.
• Eddy current automated flaw detector VD-211.5VM. Technical characteristics.
• Eddy current automated flaw detector VD-211.15M. Technical characteristics.
• Eddy current automated flaw detector VD-211.51M. Technical characteristics.

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Eddy current automated flaw detectors for brass separators are designed to control brass separators of rolling bearings of axle boxes.

• Eddy current automated flaw detector for separator VD-211.7A. Technical characteristics.
• Eddy current automated flaw detector for separator VD-211.17. Technical characteristics.
• Eddy current automated flaw detector for separator VD-211.27. Technical characteristics.

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Hand-held devices of ferrosonde non-destructive testing are designed to measure the intensity and intensity gradient of constant, variable and pulsed magnetic fields and detect defects.

DF-103, modifications DF-105, DF-201.1 are used to measure the gradient of the constant magnetic field strength and to identify surface and subsurface continuity violations (defects) of workpieces, parts and finished ferromagnetic products, including cast products and products with welded seams. The measuring range of the gradient of the magnetic field strength, A /m2 from 800 to 50000 (DF-103) from 2000 to 65000 (DF-105) from 1000 to 200000 (DF-201.1). The margin of error is 10%.

• Defectoscope- gradiometer DF-201.1A. Technical characteristics.
• Meter-flaw detector ferrosonde F-205.60. Technical characteristics.
• Meter-flaw detector ferrosonde F-205.60A. Technical characteristics.
• Defectosop-meter ferrosonde F-215.1. Technical specifications.

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Electromechanical non-destructive testing devices are designed to measure voltage and DC current.

• The device for monitoring the tension of the bearing rings PS-219.11. Technical characteristics.
• The control device of polyamide separators KS-221A. Technical specifications.

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Combined non-destructive testing devices are designed to detect in automatic mode surface and subsurface defects (continuity violations) on the inner diameters of channels of pre-circularly magnetized thick-walled pipes of variable cross-section made of ferromagnetic metals and alloys.

• Diagnostic module MKT-125. Technical specifications.

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The MPI 40 interface converter is used to transfer data from the flaw detector to the computer. Data transmission is carried out using a communication cable at a distance of up to 1200 m.

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Interface converters MPI-240.10, MPI-240.10-01, MPI-241.10, MPI-241.10-01, MPI-242.10, MPI-242.10-01, MPI-243.10, MPI-243.10-01 are components of equipment for organizing information networks based on RS-232, RS-485 interfaces.

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